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Engineering nanoparticles for protein therapeutics - quantifying membrane acc...
The self-assembly properties of lipid systems can be exploited to form lipid membranes with complex morphologies. These include membranes with a lattice-type internal structure... -
Bulk interactions of surfactant molecules in aqueous particle suspensions
Surfactants represent an important class of compounds owing to their ability to readily locate at interfaces, be it airliquid, liquidliquid or solidliquid. As such,... -
Solventless protein liquids: a novel form of biological matter
Solventless protein liquids (SPLS) represent a novel form of biological matter. Recently we reported on the preparation and properties of a solvent-free liquid protein based on... -
SANS study of engine oil gelation
Metal carbonate particles dispersed in dodecane and stabilised with alkyl salicylate surfactants have been shown to aggregate when trace water is added. We have found that... -
Thin Water Layers
The aim of this proposal is to determine the thickness of a water layer surrounding colloidal particles dispersed in oil with changes in ionic strength. Recent work by our group... -
Contrast matching of selectively deuterated glycerides for scattering studies...
Lipid nanoparticles (LNPs) can be formed from glycerides and loaded with diverse cargo for healthcare applications. A key advantage of LNPs over liposomes is the significant...